利用CNN进行植物病害检测的渐进式Web应用

Kristen Pereira, Arjun Pansare, P. Bhavathankar
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引用次数: 0

摘要

印度很大一部分人口主要依靠农业为生。由于植物受到无数疾病的影响,农民遭受了相当大的损失。用肉眼检测这类植物病害常常产生不准确的结果。此外,为了正确识别疾病,评估植物的个人应该是各自领域的专家。植物病害的诊断是一项视觉任务,因此,许多计算机视觉技术已经被用于解决它。近年来,卷积神经网络在许多计算机视觉任务中表现出优异的效果。本研究通过比较两个卷积神经网络(一个是从头开始训练,另一个是迁移学习)的训练结果,开发了一种应用于植物病害分类的方法。两者的验证准确率分别为86%和96%。该系统以web应用程序的形式开发,适用于移动设备和web设备,无需任何网络要求即可运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Progressive Web Application for Plant Disease Detection using CNN
A large portion of India's population relies primarily on agriculture for their livelihood. Farmers suffer a considerable amount of loss due to the innumerable diseases affecting their plants. Detection of such plant diseases with the human eye often yields inaccurate results. Furthermore, to correctly identify the disease, the individual assessing the plant should be an expert in the respective field. The diagnosis of plant illness is a visual task and thus, many computer vision techniques have been used previously for tackling it. Recently, convolutional Neural Networks have shown excellent results in many computer vision tasks. This study develops an application for plant disease classification by comparing the results obtained by training two convolutional neural networks, one from scratch and one by the transfer learning method. Both achieved a validation accuracy of 86 percent and 96 percent, respectively. The system was developed in the form of a web application for both mobile and web devices using the model, which is capable of functioning without any network requirements.
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